1.
Physical Properties and CO_2 Gasification Activity of Liquid Phase Carbonization Cokes at Pressurized Pyrolysis with Rapid Heating
加压快速热解液相炭化焦的物理性质及CO_2气化活性
2.
To convert or be converted into coke.
使成焦炭转化或者被转化为焦炭
3.
Pd/C catalysts Prepared with Improved Liquid Phase Reduction Method
用改进液相还原法制备炭载Pd催化剂
4.
Because phenanthrene is evolved in the form of gaseous phase under liquid phase carbonization temperature, therefore higher content of phenanthrene will give unfavorable influence on liquid phase carbonization process.
由于菲在液相炭化温度下呈气相析出,因此高含量的菲对液相炭化过程会产生不利的影响。
5.
Effects of Deterioration Inhibitors on Improving Coke Thermal Property
焦炭劣化抑制剂对焦炭热性能的改善研究
6.
The Development of Flexible Calculation System on Delayed Coking Drums;
延迟焦化焦炭塔软测量系统软件开发
7.
INFLUENCE OF COKING PERIOD ON YIELD AND QUALITY OF COKE IN DELAYED COKING PROCESS
延迟焦化成焦周期对焦炭收率和质量的影响
8.
coking coal: Coal which can be converted into useful coke that must be strong enough to withstand handling.
炼焦煤,焦炭:一种可转化为经得起装运的有用的焦炭的煤。
9.
Coke--Determination of true relative density
GB/T4511.4-1984焦炭真相对密度测定方法
10.
Study on Preparation of Needle Coke from Co-carbonization of FCCDO and HCGO;
FCCDO/焦化重蜡油共炭化制备针状焦的研究
11.
The Improvement in Manufacturing Technique of The Coke Tower The Delayed Coking Device in The Refinery
炼油厂延迟焦化装置焦炭塔制造技术改进
12.
Study on the Extinguishing Coke Powder Replacing the Activated Carbon Comprehensive Treatment Coking Waste Water
熄焦粉取代活性炭综合处理焦化废水的研究
13.
Safety Analysis and Age Estimation to Coke Tower of Delayed Coking Device
延迟焦化装置—焦炭塔的安全分析与寿命评估
14.
MODIFIED COKE DEAL WITH COKE WASTE WATER BY ADSORPTION
焦炭及其改性吸附预处理焦化废水的试验研究
15.
THE STRESS ANALYSIS OF OIL- GAS PIPELINE ON TOP OF THE COKE TOWER IN LARGE-SCALE COKING UNIT
大型焦化装置焦炭塔顶油气管道的受力分析
16.
Influence of Ash of Coking Coal to the Thermal Characteristics of Coke
焦化用煤的灰成分对焦炭热性能的影响
17.
Study on Change of Alkali Metal of Coke at BF Hearth Radial Direction and the Affection of Coke Performance
高炉炉缸径向焦炭碱金属变化及其对焦炭性能影响的研究
18.
THE STRUCTURAL TRANSFORMATION OF AROMATIC FRACTION OF DAQING DECANT OIL IN THE LIQUID PHASE CARBONIZATION
大庆澄清油芳烃组份在液相炭化过程中的结构转变